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Results for “POWER ELECTRONICS”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Impact of Power Electronics on Electrical Infrastructure ? Distribution System and The Grid Edge.
Abstract not provided.
Ultra-Wide Bandgap AlGaN Alloys for Power Electronics (invited).
Abstract not provided.
Power Electronics Enables Energy Storage in the Grid of the Future.
Abstract not provided.
Power Electronics and System Integration for Long Duration Energy Storage
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AlGaN Alloys for Next Generation Power Electronics
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Planar Transformer Systems for Modular Power Electronics in Long-Haul, Low-Cost PV Systems
This project successfully developed and verified a new approach for medium voltage (MV) planar transformers for use in emerging, utility-scale, modular PV systems. This approach simplifies their manufacture, improves their isolation capability, lowers their cost, and reduces their volume and loss, while also creating flexibility in the materials that can be used.
Energy Storage Power Electronics Program
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Reliability of Wide-Bandgap Power Electronics: Devices to Systems
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Open Source Software Platform for Modular Power Electronics for Energy Storage Systems
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POWER ELECTRONICS GRID TIED SYSTEM FINAL REPORT
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A CASE STUDY IN SIMULATION METHODS FOR POWER ELECTRONIC CIRCUITS
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Synchrotron X-Ray Topography Characterization of Power Electronic GaN Materials
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Computer-aided design and graphics applied to the study of inductor-energy-storage dc-to-dc electronic power converters.
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Computer-aided design and graphics applied to the study of inductor-energy-storage dc-to-dc electronic power converters.
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A Theory of Control for a Class of Electronic Power Processing Systems: Energy-Storage DC-To-DC Converters
An analytically derived approach to the control of energy-storage dc-to-dc converters, which enables improved system performance and an extensive understanding of the manner in which this improved performance is accomplished, is presented. The control approach is derived from a state-plane analysis of dc-to-dc converter power stages which enables a graphical visualization of the movement of the system state during both steady state and transient operation. This graphical representation of the behavior of dc-to-dc converter systems yields considerable qualitative insight into the cause and effect relationships which exist between various commonly used converter control functions and the system performance which results from them.
User's manual: Computer-aided design programs for inductor-energy-storage dc-to-dc electronic power converters
Detailed instructions on the use of two computer-aided-design programs for designing the energy storage inductor for single winding and two winding dc to dc converters are provided. Step by step procedures are given to illustrate the formatting of user input data. The procedures are illustrated by eight sample design problems which include the user input and the computer program output.